Yen-Pin Chiang

Papers

Total Citations

117

H-Index

About

Yen-Pin Chiang is a leading figure in soft robotics and compliant mechanism design, with a focus on creating adaptive, underactuated systems for real-world manipulation. His most-cited work, "Optimal Design of a Soft Robotic Gripper for Grasping Unknown Objects" (2018, 117 citations), introduces a motor-driven, two-finger compliant gripper capable of securely grasping objects of varying size and shape without prior knowledge—a breakthrough in adaptability and simplicity. By synthesizing monolithic compliant fingers through topology optimization, Chiang eliminates complex joints and sensors, reducing cost and improving reliability. His contributions bridge theoretical optimization and practical robotic grasping, enabling safer human-robot interaction and more versatile automation. Beyond this flagship paper, his research has advanced the design of compliant mechanisms for applications ranging from medical devices to industrial grippers. With over 100 citations on his core work alone, Chiang’s impact is evident in the growing adoption of compliant, underactuated designs in soft robotics. His achievements include developing novel optimization frameworks that balance flexibility, strength, and manufacturability, making him a key innovator in the field. For students and researchers, Chiang’s work exemplifies how elegant mechanical design can solve complex grasping challenges, inspiring next-generation robotic hands that are both simple and highly capable.